How to Customize Toothed Blades
Customized toothed blades are cutting tools designed and manufactured to meet specific needs. Their tooth shape, material, dimensions, and other parameters can all be customized to user requirements. These blades are widely used in industries such as paper processing, aluminum foil, film, and packaging, efficiently completing material slitting tasks.
Material Selection: High-quality steel is a common material due to its high hardness and wear resistance, making it suitable for long-term, high-load operation. Other materials such as high-speed steel and cemented carbide can also be selected based on specific requirements.
Tooth Design: The tooth pitch, tooth height, and tooth angle of the toothed blade directly affect the cutting effect. For example, fine teeth are suitable for precision cutting, while coarse teeth are suitable for quickly slitting thick materials.
Application Scenarios:
Paper Processing: Used for slitting paper, cardboard, etc., requiring sharp and wear-resistant blades.
Aluminum Foil Cutting: Requires high blade hardness to prevent aluminum foil from sticking.
Film Slitting: Requires smooth blade edges to prevent film tearing.
Customization Process:
Requirements Analysis: Clarify requirements such as cutting material, thickness, and production volume.
Design Confirmation: Design parameters such as tooth shape and material based on requirements.
Sample Testing: Create samples and conduct actual cutting tests to ensure performance meets standards.
Mass Production: After sample confirmation, proceed to the mass production stage.
Precautions:
Regular maintenance, such as cleaning and lubrication, is required after use to extend the blade’s lifespan.
When cutting different materials, adjust blade parameters or replace with specialized blades to avoid damaging the material or the blade itself.